Jt Chains 520 X1r3 Drive Chain

Experience superior power transfer and unmatched durability with the JT Chains 520 X1R3 Drive Chain. Manufactured with leading-edge technology and premium steel alloys, this chain is engineered to meet and exceed the demands of modern motorcycles. Upgrade your ride today with a chain built for performance and longevity.

Description

The JT Chains 520 X1R3 Drive Chain is designed for enthusiasts and professionals seeking optimal performance. Its advanced X-Ring seal minimizes friction while maximizing lubrication, resulting in extended chain life and reduced maintenance. Suitable for street, MX, enduro, off-road, and ATV applications, this chain handles up to 800cc engines. With a tensile strength of 37.9 kN (8510 lb), the JT 520 X1R3 ensures reliable power delivery in the most demanding conditions. The nickel finish provides enhanced corrosion resistance, maintaining its appearance and performance over time. Installation is straightforward, and both clip and rivet master links are included for versatile fitment options.

Features & highlights

• Experience superior power transfer with the advanced X-Ring seal design.
• Enjoy extended chain life and reduced maintenance.
• Benefit from high tensile strength (37.9 kN / 8510 lb) for reliable performance.
• Suitable for a wide range of motorcycles: street, MX, enduro, off-road, and ATV.
• The nickel finish provides enhanced corrosion resistance and lasting visual appeal.
• Includes both clip and rivet master links for easy and secure installation.
• Optimized for motorcycles up to 800cc.

Technical specifications

• Brand: JT Chains
• Chain Size: 520
• Chain Type: 520 X1R3
• Color/Finish: Nickel
• Master Link Connector Type: Clip, Rivet
• Material: Steel
• Maximum Engine Displacement (Street): 800 cc
• Number of Links: 106
• Product Name: Drive Chain
• Seal Type: X-Ring
• Tensile Strength: 37.9 kN (8510 lb)
• Weight: 1.73 kg/100 Links

Important to know

Ensure correct chain length for your specific motorcycle model. Professional installation is recommended for optimal performance and safety.